The Crack Team has waterproofed hundreds of homes in Farmington, MI, and our trained experts can permanently AND affordably waterproof your foundation leaks. No-digging! No expensive and useless drainage systems that do not solve your wall leak.  Just quick, clean, cost-effective waterproofing for your wall crack.  This is all we do, this is our specialty.  For poured concrete foundations, you want an injection with a flexible material that creates a barrier the width of your wall and stops the water at the outside point for your Farmington, MI, solid concrete wall.  Plus, our “Upfront Pricing Assurance” gives you the comfort of knowing what your repair will cost before we arrive to your home.  Contact us now for a free, no obligation waterproofing estimate to that isn’t in the thousands of dollars.

Have you found yourself trapped in the cycle of time-consuming, in-person estimates that ultimately yield expensive, disruptive, and unnecessary solutions? Look no further than The Crack Team for a refreshing alternative. Our approach stands in stark contrast: instead of invasive methods, we employ pressurized injection techniques that efficiently pinpoint the root cause of the issue, tracing it back to its origin. At The Crack Team, we prioritize transparency and efficiency over high-pressure sales tactics, ensuring that our repair process is quick, clean, and cost-effective. Say goodbye to the headaches induced by drawn-out estimates and embrace a solution that delivers results without unnecessary disruption or exorbitant expenses.

Discover why The Crack Team is renowned as the premier choice for waterproofing in Farmington, MI. With our commitment to excellence and innovation, we firmly believe that pressurized injection represents the most effective method for repairing cracked and leaking poured concrete walls. Simplify the estimation process by sending us a photo of your leaky foundation wall today. Let us demonstrate firsthand why countless homeowners in Farmington trust us to safeguard their properties against water intrusion and foundation damage.